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Electrolytic Capacitor Product Specification VC TYPE CZ SERIES ...

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<strong>Electrolytic</strong> <strong>Capacitor</strong> <strong>Product</strong> <strong>Specification</strong><br />

<strong>VC</strong> <strong>TYPE</strong> <strong>CZ</strong> <strong>SERIES</strong> 4<br />

6. Performance Characteristics<br />

1<br />

Item Performance Characteristics Test<br />

Leakage<br />

Current<br />

2 Capacitance<br />

3<br />

4<br />

Chara<br />

cteristics<br />

at<br />

High and<br />

Low temperature<br />

Tangent of<br />

Loss<br />

Angie<br />

(tan )<br />

5 Surge<br />

Ste<br />

p<br />

2<br />

Ste<br />

p<br />

4<br />

l=0.01CV or 3A whichever is the<br />

greater.<br />

ILeakage current<br />

CNominal Capacitance<br />

VRated voltage<br />

Within the specified capacitance<br />

tolerance<br />

Series Resistor<br />

Applied Voltage<br />

Measuring<br />

1000±100 Ω<br />

Rated voltage<br />

After 2 minutes<br />

Measuring Frequency 120Hz ± 20%<br />

Measuring Circuit Equivalent series circuit<br />

Measuring Voltage 0.5 ~2.0V.DC<br />

(0.5 V for A.C)<br />

Less than the table l value of page 9 Measuring Frequency 120Hz ± 20 %<br />

Impedance Ratio<br />

Less than the table 2 value of page 9<br />

ratio against step 1.<br />

Leakage Current.<br />

500% of the value of item 6.1<br />

Capacitance Change:<br />

Within ±25% of the value in step 1.<br />

Tangent of Loss Angle (tanδ):<br />

the value of item 6.3.<br />

Leakage Current :<br />

the value of item 6.1.<br />

Capacitance Change:<br />

Within±15% of initial measured value.<br />

Tangent of Loss Angle (tanδ ):<br />

the value of item 6.3.<br />

Appearance:<br />

No significant change can be observed.<br />

Measuring Circuit<br />

Measuring Voltage<br />

Equivalent series circuit<br />

0.5 ~2.0V.DC<br />

(0.5 V for A.C )<br />

Step Test Temperature( ) Time<br />

1 20±2<br />

2<br />

Lower category<br />

temperature ±3<br />

30min.<br />

3 20±2 10~15min.<br />

4<br />

Upper category<br />

temperature ±2<br />

30min.<br />

5 20 ± 2 10~15min.<br />

Impedance should be measured 120Hz ± 10%<br />

Test temperature : 15~35<br />

100±50<br />

Series Protective Resistance : C<br />

R: Protective resistance(k)<br />

C: Capacitance(F )<br />

Test voltage : Surge voltage item 3.5<br />

Applied voltage : 1000 cycles of 30±5 sec<br />

'ON and 5 min30sec”OFF “ .<br />

YAGEO ELECTRONIC CORPORATION<br />

Engineering Dept..

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